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Things and then the one black one one the top left not the under the belt clip then the 2 nuts under the knobs pull the knobs and rubber things and the ANT off, gently slide the top cover off. Remove R1275 (see picture)
Then put the radio back together and go be careful and not get a solder bridge!!!!
Remove the the black sticker (the one with the Ni-Cd battery disposal warning) and the small "sub-board". See Fig 1 *removing the sticker/sub-board reveals two small Phillips screws.
![]() Fig 1 - Sub-Board Remove the two screws that were under the sticker and sub-board, and remove the top LEFT screw - leaving the right Screw alone. See Fig 2
For Mars/Cap(140-174Mhz TX) remove R1275, and solder it to the blank solder pads labeled R1274 - Fig 3. For Free band (100-200Mhz TX) remove R1275 - Fig 3.
*The VX-110 & VX150 can be opened for 100-200Mhz, but the radio's circuitry is not wide-banded enough to cover the entire 100-200Mhz spread. When the radios display starts flashing/blinking, this means the radio's VCO is out-of-lock and no receive or transmitting is possible. A typical radio should RX/TX from approx. 125-180Mhz when the free band mod is performed. Reassemble the radio carefully. Most of the time resetting the radio is NOT necessary, but have a backup of your frequencies just in case, because the radio will reset itself most of the time after a modification is made.
I have noticed a major
bug in the memory channels. This bug has to do with memory channel #1.
Example: Lets say you program: ch. #1 with 147.000, and ch #2 with
154.570, and the last channel (I will call ch # 200) in your memory bank
with 144.000 So!!!!!
Now, go to memory
channel 1, and it will be 147.000, but rotate the knob to memory channel
2 (154.570) and back to 1, and the memory contents from CH 2 are now in
CH1, which is 154.570 on memory channel 1(should be 147.000). The same
thing will happen if you go to memory channel 200, and rotate knob one
click to to memory CH 1, the contents from CH 200 will be on CH 1. This
bug does not rewrite the memory contents in CH 1. This bug basically
moves the frequency from the memory channel below CH 1, and above CH 1
to memory CH 1 while your rotating the knob through the memory channels.
Scanning seems OK, and is not affected by the memory CH 1 bug.
Solution #1 for this is
to make CH 200, CH 1, and CH 2 all to the same frequency. OR
ATTENTION
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